Low-Temperature Heated Food Hose for Filling and Conveying Equipment

Product Overview

Not every heated hose application requires extreme temperature.

Many food-processing systems need something different:

gentle and stable temperature maintenance.

Products such as syrup, chocolate, sauces, oils, creams and other temperature-sensitive foods may flow normally inside a heated tank but begin to thicken once they enter a colder flexible hose.

The food-grade heated hose shown is designed for food conveying and filling equipment and uses a customized food-grade material-contact inner tube.

The standard temperature capability is up to 100°C.

Why Low-Temperature Heating Is Important

In food processing, excessive temperature can be just as undesirable as insufficient temperature.

The purpose of the hose is therefore not to produce maximum heat.

It is to help maintain a controlled material temperature while the food product moves between different equipment sections.

Stable temperature can support:

• More consistent viscosity

• Predictable pump load

• Stable filling volume

• Smooth dispensing

• Reduced material buildup

• Easier restart after short stops

Designed for Filling and Conveying Equipment

The hose can connect:

• Mixing tank to pump

• Pump to filling machine

• Storage vessel to dosing unit

• Heating tank to application head

• Food conveyor equipment to downstream process machinery

Its flexible structure makes it easier to install where equipment connections do not align perfectly.

Customized Food-Contact Inner Tube

Different food products place different requirements on the material-contact tube.

The inner tube can be selected according to:

• Product composition

• Fat or oil content

• Sugar content

• Acidity

• Operating temperature

• Viscosity

• Cleaning process

• Flow rate

The source page states that the hose uses a customized food-grade inner tube and that all hose sections can be customized according to requirements.

Heat Distribution Along the Hose

The heating layer is arranged along the hose to reduce temperature differences between sections.

This is particularly useful with food materials that thicken quickly when cooled.

A more stable hose temperature can help reduce:

• Local cold spots

• Filling inconsistency

• Slow material movement

• Product accumulation

• Long startup times

Insulation helps reduce unnecessary heat loss.

Typical Applications

This hose can be customized for:

• Chocolate-processing equipment

• Syrup filling lines

• Edible-oil transfer

• Sauce filling machines

• Bakery filling systems

• Cream and paste transfer

• Confectionery machinery

• Food dosing equipment

• Heated food conveyors

• Customized food-processing lines

Equipment Changeover and Cleaning

Food equipment often switches between products or batches.

A correctly designed hose can simplify this by matching:

• Required inner-tube material

• Cleaning method

• Hose length

• Fitting type

• Equipment layout

The complete hose assembly should be selected according to the customer's actual hygiene and cleaning requirements.

Standard Temperature Range

The source product lists a maximum temperature of:

100°C

This makes it suitable for applications where the product needs controlled warming rather than very high-temperature heating.

Customization Options

Available options may include:

• Food-grade inner tube

• Hose length

• Inner diameter

• Voltage

• Heating power

• Temperature sensor

• Sanitary or equipment-specific fittings

• Electrical connector

• Outer protective structure

Information Required for Selection

Please provide:

• Food material

• Required temperature

• Working pressure

• Material viscosity

• Flow rate

• Hose length

• Inner diameter

• Cleaning method

• Voltage

• Heating power

• Sensor type

• End fittings

• Equipment model